Various biological processes involve the translocation of macromolecules across
nanopores; these pores are basically protein channels embedded in membranes …

Connexin is a transmembrane protein present on the cell membrane of most cell types.
Connexins assemble into a hexameric hemichannel known as connexon that pairs with …

The ionic current rectification (ICR) is a non-linear current-voltage response upon switching
the polarity of the potential across nanopore which is similar to the I–V response in the …

Cellular delivery of therapeutic macromolecules such as proteins, peptides, and nucleic
acids remains limited due to inefficient transport across the cellular plasma membrane. Gap …

In this article, we simulate the translocation of a semiflexible homopolymer through an
extended pore, driven by both a constant and a time-dependent end-pulled force, employing …

A lattice Monte Carlo simulation study of the translocation of comb polymers through a
nanopore subjected to an electric field is presented. The translocation dynamics was …

Artificial membranes with conical pores and controllable thickness reveal ionic-transport
capabilities that are superior compared with those offered by cylindrical pores. By simulating …

The effect of interaction between immobile nanoparticle and polymer on the translocation
process was investigated using a three dimensional Langevin molecular dynamics. Several …

The translocation of polymers through pores and channels is an archetypal process in
biology and is widely studied and exploited for applications in bio-and nanotechnology. In …

In this paper, the charged polymer escapement phenomenon, via a little hole of nano-metric
dimensions arranged in a constitutive biological membrane, is studied. We will present the …